3D Printing Cost Calculator

Estimate the total cost of a 3D print from filament weight, filament price, print time, printer wattage, and electricity rate.

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Total print cost

$3.02

Material (83%) $2.50
Energy — 0.800 kWh (4%) $0.12
Maintenance (13%) $0.40
Total $3.02

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3D Printing

3D printing cost per print: filament, energy, and maintenance

A 3D printing cost calculator estimates the total material and electricity cost of a print job from filament weight and price, print time, printer wattage, and electricity rate. It breaks the cost into material, energy, and maintenance components so you can see where most of the spend goes.

The three main cost components

Material cost is usually the largest single component for desktop FDM printing. Filament is priced per kilogram, so cost scales directly with how many grams the slicer estimates for the print. Most slicers report filament weight after slicing; this is the value to enter.

Energy cost is relatively small for typical hobby printing — a 200W printer running for four hours uses 0.8 kWh, which at US average rates of about $0.15/kWh costs roughly $0.12. For longer prints or high-power printers, energy becomes more significant.

Maintenance and depreciation accounts for the cost of the printer spread across its useful life, plus wear items like nozzles, build plates, and lubricants. A simple estimate is $0.05–$0.25 per hour depending on the printer and how heavily it is used.

Material cost = Weight (g) / 1000 × Price per kg

Converts slicer gram estimate to kilograms for pricing.

Energy cost = Printer watts × Print hours / 1000 × Electricity rate ($/kWh)

Energy used in kilowatt-hours multiplied by the local electricity rate.

Typical material costs by filament type

PLA is the cheapest and most widely used FDM filament, typically $15–$30 per kilogram. PETG and ABS run $20–$35/kg. Engineering filaments such as ASA, nylon, and carbon-fibre composites range from $40 to $150/kg or more. Resin for SLA/MSLA printers is typically $25–$80 per litre, with a different weight-to-volume ratio than FDM filament.

  • Average benchy print (~30g PLA at $20/kg): about $0.60 in material.
  • 200g functional part (PETG at $30/kg): about $6.00 in material.
  • Large print (500g at $25/kg, 24hr at 200W, $0.15/kWh): about $16.20 total.

Frequently asked questions

How do I find the filament weight for my print?

Run your model through a slicer (PrusaSlicer, Cura, Bambu Studio, etc.) and check the estimated filament usage in grams. This figure accounts for your specific infill percentage, wall count, and support settings. It is more accurate than estimating from model volume alone.

Does print speed affect electricity cost?

Print speed affects print time, which directly affects energy cost. A faster print that halves print time also halves energy consumption. However, average printer wattage varies during a print — heated bed, hot end heater, and stepper motors cycle on and off. The wattage input should be the average consumption, which for most desktop printers is 60–250 W.

Should I include labour in the print cost?

For hobby use, labour is typically excluded because it is not a cash cost. For commercial purposes — selling printed parts, offering printing services — labour should be included. Typical estimates range from $5–$25 per hour for setup, monitoring, and post-processing depending on the complexity of the job.

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